BNC 50 ? / 75 ?

Rosenberger SMB subminiature coaxial connectors suit various applications up to 4 GHz. The snap-on locking mechanism provides a fast and reliable connection for high packing density applications. These versatile connectors can be used in internal devices and cable assemblies. Please note: Rosenberger defines male – female according to the design of center contact.

Rosenberger WSMP®PCB connectors, bullets and cable assemblies are extremely compact and capable of handling frequencies up to 100 GHz. WSMP® connectors are about 45 % smaller than standard SMP connectors for allowing high packing density. Featuring a push-on coupling mechanism and enabling a minimum board-to-board distance of 3.05 mm, they are optimized for customer-specific footprints and layout recommendations.

3M™ Expanded Beam Optical (EBO) Latch Connector for PreCONNECT® solutions The best of both worlds: Singlemode and expanded beam connectors Reliable connectors that can be repeatedly plugged in and unplugged while still maintaining constant performance over all fibers – that is what 3M™ EBO has to offer. The innovative yet extremely simple structure of this expanded beam plug connector permits repeated plugging and unplugging with no loss of performance and no need to clean the end faces. What is more, it is all but insensitive to vibrations and dust. Because the end faces of the fibers do not physically touch one another, the risk of chipping, scratches and damage is eliminated, while simultaneously guaranteeing outstanding IL and RL performance. In contrast to earlier expanded beam methods, the 3M™ EBO Expanded Beam Latch connector uses a new mirror reflex collimation lens in order to expand the light path and overcome the effect of surface particles on the IL and RL performance. Tiny deviations in the fiber alignment in plug connections (lateral offset) are all but eliminated. This new technology, which has been patented by 3M™, not only permits multimode applications but also makes it possible to use the expanded beam for singlemode applications – something that was not possible in the past, in particular in the case of multiple fibers.